Handle cover dispenser

ABSTRACT

Disclosed herein is a device for dispensing and collecting handle or armature cover material or covers for use, by way of example, with door handles, knobs, and the like. In one embodiment, the device is an automated handle cover dispenser that can include a dual use handle cover refill cartridge for both supplying and collecting handle cover material, or alternatively, a plurality of reels or cartridges (e.g., a supply reel and a take-up reel). The material, when supplied, at least partially covers a handle (e.g., door handle) during use by a consumer.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application is a continuation of and claims priority to U.S. Ser.No. 11/279,678, filed Apr. 13, 2006, the entire disclosure of which isincorporated herein by reference.

FIELD OF THE INVENTION

The present invention generally relates to the covering handles, andmore particularly, to devices, assemblies and methods for dispensingsanitary handle cover(s) and/or handle cover material in an automatedfashion.

BACKGROUND OF THE INVENTION

Virtually every day, people encounter surfaces that have been frequentlytouched. For example, they pass through doorways having handles whenentering and leaving buildings (e.g., homes, office buildings, etc.) androoms (e.g., bathrooms, cafeterias). Many devices (e.g., grocery carts,hand trucks, etc.) also have handles to facilitate their use. Suchsurfaces can be contaminated with bodily fluids, such as sweat andmucus. Moreover, illness (both mild and severe), such as the commoncold, can be passed through hand touch. As a result, many people adjusttheir behavior due to actual and/or perceived unsanitary conditionsassociated with such frequently touched surfaces. However, in someinstances, avoidance and/or behavior change is not feasible.

For example, in the restroom setting, persons with dry or clean hands(whether they have washed them or not) exiting from a restroom or thelike find it bothersome to grab the door handle for opening the dooronly to find an unsanitary, or at least seemingly unsanitary (e.g., awet handle) by reason of the last person exiting the room failing toeither wash his hands or dry washed hands. Accordingly, both people whohave washed their hands, as well as those who have not, often try toavoid touching any surface (e.g., a door handle). However, the persontypically must touch the handle of the door to exit the restroom, andthus touching a surface of the restroom such as a door handle is nearlyunavoidable. Large restrooms in some instances have separate entranceand exit doors that can be pushed open in the direction of travel (i.e.,pushed or pulled away from the user in either specific direction oftravel). With these types of doors a person can select a dry portion topush against for exit. Still, even in these instances, the dry portionmay not be sanitary.

Many small restrooms, such as those commonly found in service stations,coffee shops, office buildings and the like, have a common entrance andexit door which is pushed inward for entrance and pulled inward via ahandle for exit. Other restrooms have doors that open in an oppositefashion, that is, a user must push on a door portion and/or handle toexit. Moreover, there are restrooms that oftentimes have handles thatrequire an individual to grasp and turn the handle to open or close thedoor, as well as to lock and unlock (e.g., via a latch and aspring-loaded push lock) the handle and door. Turning or moving thehandle in such instances typically automatically unlocks the door. Doorhandle internal components to lock and/or unlock lockable doors are wellknown in the art (and thus they will not be described in detail herein).

In general, it can be stated that many persons exiting restrooms do notwash, or thoroughly wash, their hands. Still where there are handles,all or virtually all persons exiting the restroom touch the handle. Somepeople carry gloves, wipes or the like to use in such public restrooms.Some people take extra paper towel(s) to use to cover the door handle.Others carry sprays and liquids to apply to the door handle prior tousage or apply to their hands after use. These techniques are aimed atimproving the sanitary or perceived sanitary condition of the handle.However, they are inefficient since they effectively “treat thesymptom(s)” and do not solve the problem(s) and can be wasteful,expensive and create additional untidiness. Perhaps more significantly,such techniques are ad hoc, and as such, not everyone using the doorbenefits from such solutions.

Covering a handle (e.g., door handle) during use is an effective way toprevent a person from touching the handle. However, previous devices(e.g., UV mechanisms, foot levers, arm levers, etc.) and means to avoidhandle contact and/or result in a sanitary handle touch have beencharacterized by numerous problems including: a) costly and/orcomplicated installations, dispensers, and refills; b) mechanicalproblems during door handle cover dispensing, such as jamming andbreaking; c) high maintenance; d) fixed (as opposed to variable) andrelatively low number or low capacity of sanitary experiences prior tore-fills being required; e.) may not be compliant with certainregulatory requirements; f) difficult to use; g) it is not apparent thatsolution offers a sanitary experience. Automating doors to eliminatetouching is another option that is typically expensive to accomplish andmaintain. Moreover, such doors require significant and sometimes uniquespacing requirements and have tended to be characterized by slowoperation.

In general, previous solutions have been cumbersome, costly,impractical, and/or inefficient. Thus, it would be desirable to providea mechanism to maintain a sanitary and dry handle surface, for example,on the doors used for exiting rooms, including restrooms without theencountering the weaknesses of the aforementioned alternatives. It wouldfurther be desirable to provide an automated way to sanitize andotherwise maintain the cleanliness of handles for a user that solves theaforementioned problems in a practical, easy-to-install (e.g., thedevice can be affixed to a structure, such as a door, in anyorientation), efficient and cost effective manner. Further, it would bedesirable to provide a device and method to accomplish and/or maintain asanitary handle in an automated fashion that is suitable for use withlockable doors, such as those described above.

BRIEF SUMMARY OF THE INVENTION

In one embodiment of the invention, a handle cover dispenser isdisclosed herein. The dispenser includes a housing, a motor disposedwithin an interior of the housing, a handle extending from the housing,and a dual-use handle cover refill cartridge disposed within the housinginterior. The dual-use handle cover refill cartridge is in operationalassociation with the motor. The dual-use handle cover refill cartridgeis capable of both supplying to and collecting from the handle a handlecover material such that the handle cover material, when supplied, atleast partially covers the handle.

These and other important features, hallmarks and objects of the presentinvention will be apparent from the following descriptions of anembodiment of the invention which follow.

BRIEF DESCRIPTION OF THE DRAWINGS

Embodiments of the invention are disclosed with reference to theaccompanying drawings and are for illustrative purposes only. Theinvention is not limited in its application to the details ofconstruction or the arrangement of the components illustrated in thedrawings. The invention is capable of other embodiments or of beingpracticed or carried out in other various ways. Like reference numeralsare used to indicate like components.

In the drawings:

FIG. 1 is a perspective view of an automatic handle cover dispenser inaccordance with at least one embodiment of the present invention;

FIG. 2 is a perspective view of the automatic handle cover dispenser ina different orientation such that the handle shown is facing sideways;

FIG. 3 is a front perspective view of the dispenser with the housingremoved so as to show various internal components of the dispenser;

FIG. 4 is a rear perspective view of the dispenser shown in FIG. 3,again showing various of its internal components;

FIG. 5 is a front, partially exploded view of the dispenser, againshowing various internal components, including a dual-use handle coverrefill cartridge;

FIG. 6 an exploded view of various components of the dual-use handlecover refill cartridge;

FIG. 7 is a schematic cross-sectional view of the automatic handle coverdispenser showing handle cover material installed and the dispenserready for use according to one aspect of the present invention;

FIG. 8 is a cross-sectional view of a handle of the dispenser takenalong line 8-8 of FIG. 7;

FIG. 9 is a perspective view of another embodiment of an automatichandle cover dispenser in accordance with another aspect of the presentinvention;

FIG. 10 is a partially exploded view of the automatic handle coverdispenser of FIG. 9 showing another embodiment of the dual-use handlecover refill cartridge in accordance with one aspect of the presentinvention;

FIG. 11 is a partially exploded view of the automatic handle coverdispenser of FIG. 9 with the dispenser shown in an open position, thedual-use handle cover refill cartridge inserted into the dispenser, andfurther illustrating handle placement and/or attachment with respect tothe housing, as well as handle cover installation, in accordance with atleast one embodiment of the present invention;

FIG. 12 is an enlarged partially schematic view of the dual-use handlecover refill cartridge for use with the dispenser shown in FIG. 9;

FIG. 13 is a partially schematic cross-sectional view of the dispenserillustrated in FIG. 9 showing handle covers installed and ready for use;

FIG. 14 is an enlarged perspective view of one embodiment of a handleoverlay capable of being used with the automatic handle cover dispenserof FIG. 9 in accordance with at least aspect of the present invention;

FIG. 15 is a partial front perspective view of various internalcomponents of the dispenser of FIG. 13 (with the dispenser housingremoved);

FIG. 16 is a perspective view of another embodiment of an automatichandle cover dispenser in accordance with another aspect of the presentinvention;

FIG. 17 is a partially exploded view of the automatic handle coverdispenser of FIG. 16, showing another embodiment of a dual-use handlecover refill cartridge, in accordance with one aspect of the presentinvention;

FIG. 18 is a partially exploded view of the automatic handle coverdispenser of FIG. 16 with the dispenser shown in an open position, withthe dual-use handle cover refill cartridge inserted into the dispenser,and further illustrating handle overlay and handle cover placementand/or attachment with respect to the housing, as well as handle overlayand cover installation into the dispenser, in accordance with at leastone embodiment of the present invention;

FIG. 19 is an enlarged partially schematic cross-sectional view of thehandle cover refill cartridge capable of being used with the embodimentof the dispenser of FIG. 16;

FIG. 20 is an enlarged perspective view of one embodiment of a handleoverlay capable of being used with the automatic handle cover dispenserof FIG. 16 in accordance with at least one aspect of the presentinvention;

FIG. 21 is an enlarged view of the dual-use handle cover refillcartridge capable of being used with the embodiment of the dispensershown in FIG. 16, with shape of the cartridge cover facilitatingcollection of handle cover material;

FIG. 22 is an enlarged view taken along line 22-22 of FIG. 19illustrating a measurement and metering device capable of being usedwith the dispenser of FIG. 19 (as well as other embodiments), inaccordance with one aspect of the present invention;

FIG. 23 is a front perspective view of another embodiment of anintegrated automatic handle cover dispenser and lockable door handleshown in accordance with one aspect of the present invention;

FIG. 24 is a rear perspective view of the integrated automatic handlecover dispenser and lockable door handle shown in FIG. 23;

FIG. 25 is a front view of the integrated automatic handle coverdispenser and lockable door handle assembly shown in FIG. 23;

FIG. 26 is a partially schematic cross-sectional view of the integratedautomatic handle cover dispenser and lockable door handle assembly takenalong line 26-26 of FIG. 25;

FIG. 27 is a rear perspective view of a partially integrated automatichandle cover dispenser and lockable door handle assembly in accordancewith one aspect of the present invention.

FIG. 28 is a front view of a partially integrated automatic handle coverdispenser and lockable door handle assembly shown in FIG. 27;

FIG. 29 is a rear perspective view of a retrofit automatic handle coverdispenser and lockable door handle assembly in accordance with oneaspect of the present invention;

FIG. 30 is a front view of the retrofit of FIG. 29;

FIGS. 31 and 32 illustrate perspective views of the dispenser previouslyillustrated but showing replacement of damaged handle cover material andassociated handle overlay detail;

FIGS. 33 and 34 illustrate perspective views of one embodiment of aretrofit mechanism (accessory) that can be affixed to the structure towhich the dispenser is attached (e.g., a door) and cover the top of thehandle (i.e., the handle overlay and core as shown) so as to eliminateor substantially eliminate the introduction of objectionable materialsinto the dispenser or other related vandalism;

FIG. 35 is a perspective view of another embodiment of an automatichandle cover dispenser having a pair of main housing sections that housea pair of handle cover cartridges, and shown in accordance with oneaspect of the present invention; and

FIG. 36 is a perspective view of the dispenser of FIG. 35 with the mainhousing sections removed so as to view various of the internalcomponents of the dispenser.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

FIGS. 1 and 2 are perspective views of handle cover dispenser 2 inaccordance with at least one embodiment of the present invention. Thedispenser 2 includes a housing, generally referred to by the numeral 4.The housing 4 covers the internal electro-mechanical components of thedispenser 2, including the components used for dispensing a plurality ofhandle covers, and the housing houses the handle covers as well(although they are not shown in the present view). As used herein, theterm “handle” includes parts that are designed to be held, touched, oroperated by one's hand(s). The term handle is generally used since atleast some embodiments of the invention have applicability to uses otherthan with doors (e.g., grocery carts, etc.). Still, with respect todoors, the term handle includes any device that can be used to open orclose a door, including door handles, door armatures, door knobs, andthe like. Moreover, the term a “handle” as used herein (including theclaims) can include—but not necessarily require—the presence of varioushandle or handle-like components, including a handle portion, a handleoverlay, a handle core, and the like.

Still referring to FIGS. 1 and 2, the housing 4 includes a main housingsection 6 and a secondary housing section 8, which opens with respect tothe main housing section, typically via a hinge (not shown in thisview). Protruding from the secondary housing section is a handle 10. Thehandle 10 further includes a slot 11 to permit passage of handle covers,as will be described in greater detail below. The main housing section 6further includes a first section 12 and a second section 14 disposedadjacent the first section. In general, the housing has a shape that iscontoured to efficiently cover and contain the internal automatic handlecover dispenser device components (not shown in FIGS. 1 and 2) in anaesthetically pleasing fashion. For example, as shown, the first mainhousing section 12 is curved. It should be apparent to those of skill inthe art that the shape of the housing 4 can vary to convenience withoutdeparting from the spirit and scope of the present invention, and thatthe invention should not be limited by any specific housing (or housingsection, portion, etc.) shape. Also shown are holes 15 that are includedto permit the viewing of light that is provided by a plurality of lightsources (e.g., light-emitting diodes or “LEDs”) contained within thehousing (and not shown in this view). A lock 16 is included to fastenthe secondary housing section 8 with respect to the main housing section6 in secure fashion when the dispenser 2 is ready for use. IR locationor window 13 is also included. Short or long wave object detection IR(long pulse/short pulse and high/low frequency) and/or capacitancesensing can be used to automatically advance handle cover material.LED's and the IR can be located underneath the window and behind thehandle. The window can be sized and angled accordingly to ensureefficacy.

The automatic handle cover dispenser 2 is typically connected (directlyor indirectly) to a door or other appropriate structure, for example adoor (although not shown), and it should be understood that these andother embodiments of the present inventive dispenser can be oriented inany of a number of different ways. For example, referring to FIG. 1, thedispenser is oriented so that the handle 10 extends from the dispenserhousing 4 in one direction (e.g., vertically), and referring to FIG. 2,the dispenser 2 is oriented so that the handle 10 extends from thedispenser in a direction which is approximately 90 degrees with respectto the direction shown in FIG. 1. Moreover, in these and otherembodiments of the present invention, the dispenser can be oriented forleft-hand, or right-handed use, as desired. As such, the relativeorientation of the dispenser in its ultimate configuration (e.g., whenattached to a door) can be selected based on a number of parameters,including by way of example, the end-use application, the intended user,etc. Still, it should be understood that the orientation of the devicein its ultimate configuration can vary to convenience, and that theorientations illustrated herein with respect to the various embodimentsare selected for purposes of illustration and explanation. As such, theinvention should not be limited by any particular end-use orientation.

The handle cover material of the present invention typically take theform of a continuous material of sleeves or bags, one, continuous sleeveor bag, or a plurality of connected and yet discrete handle covers thatare typically made from a plastic or plastic-like material. The term“handle cover material” shall be used herein generally to describe typesof handle covers suitable for use with respect to handles; however, theterm should not be used in a limiting sense. For example, discretehandle covers are contemplated, as are discrete but still connectedhandle covers. The handle cover material of the kind contemplated foruse in the present invention typically surround or substantiallysurround, in overlay fashion, the dispenser handle (or handle overlay),which in turn can function as the end use handle (e.g., a door handle)when the dispenser is positioned for use. The handle cover material istypically sized and shaped to conform to or mimic the size and shape ofthe handles. Still, various types, sizes and overall geometries for thehandle cover material are contemplated and considered within the scopeof the present invention beyond those described herein. Thus, theinvention should not be considered limited to any particular handlecover material. It is contemplated that in embodiments of the presentinvention, polyethelene plastic material ranging from low to highdensity can be used, and such material is indicated here by way ofexample, but not limitation. Furthermore, handle cover material, in atleast some embodiments, can be treated (or not treated) with staticelectricity treatment and printing of various logos, colors, etc.

FIGS. 3 and 4 illustrate front and rear perspective views, respectively,of the dispenser 2 with the housing 4 removed (and shown in phantom) soas to observe various internal components of the dispenser. Handle 10again is shown to include a slot 11 (FIG. 3). The handle 10 ispositioned in operable association with respect to a handle cover refillcartridge, which is generally referred to by the numeral 20. As shown,the cartridge is a “dual-use handle cover refill cartridge” in that itis capable of both supplying and taking-up of the handle cover materialas opposed to, for example, having two separate cartridges for supplyand/or take-up (see FIGS. 35-36). This aspect of the cartridge will beillustrated and described further with respect to FIG. 6. When in use,the dispenser 2 is generally attached or otherwise secured to astructure, which would generally include a flat or substantially flatsurface (and the dispenser would be attached to that surface).

As shown, the dual-use door handle cover cartridge 20 rotates in onedirection (e.g., clockwise) about an axis 22 to dispense sanitary handlecovers (not shown) and in a second rotational direction (e.g.,counterclockwise) take up, collect or re-wind such covers once they areused (and typically soiled). It is notable that the axis 22 about whichthe cartridge 20 rotates extends in a direction that is generallyparallel with respect to the structure, and more particularly thesubstantially flat surface of the structure, to which the dispenserwould be attached. The dispenser 2 further includes a motor 24 connectedto a gear train, generally referred to by numeral 26 (FIG. 3). Ingeneral, in these and other embodiments referred to herein, the motordrives rotation of the cartridge collection sections in a rotationaldirection (clockwise or counterclockwise) that depends, at least inpart, on the manner in which the handle cover material is rolled onto orinto the dual-use door handle cover cartridge. The handle cover materialis pulled from the supply section and fed to the collection sections.Still referring to FIGS. 3 and 4, one exemplary motor suitable for usein the present invention is a DC motor, such as those provided byMabuchi Motor or Johnson Motor, located in Japan, China and the USA,respectively. As shown, the motor 24, via the gear train 26, drives aworm gear 28 (FIG. 3). The worm gear 28 in turn is used to translate themotion from the gear train to drive rotation of the dual-use handlecover refill cartridge 20 via a drive gear 30. Other gears and geartrains are contemplated and considered within the scope of the presentinvention. A plurality of batteries 32 a-c (e.g., C, D, NiCad, AA,etc.), are shown, and these batteries can be used to power motor 24. Thebatteries can also be used to power the plurality of indicator LED's 34.The LED's 34 can be used to indicate, for example, depletion or neardepletion of the sanitary handle cover material (here again not shown inthis view), power, low battery and if the handle cover has been used oris a new sanitary handle cover. Various securing means can be used tofixedly secure the aforementioned components within and to the housing6. For example, clips 38 a (FIG. 3) and 38 b (FIG. 4) are used to securethe dual-use handle cover refill cartridge 20 to the housing 6 (againshown in phantom). Clips 38 a-b serve to facilitate insertion andremoval of the cartridge 20 from the housing 6, as well as to providesturdy support for the cartridge once installed. Additionally, support40 is used to secure the motor 24 into position within the housing 6.

Referring to FIG. 3, a cutter 36 (e.g., a blade) is used in the presentembodiment to slice the handle cover material (again not shown). Thecutter 36 is included and connected to the handle to facilitatecollection of the handle covers on the dual-use cartridge following use.In the present embodiment, the blade cuts at two points on the handlecover. That is, the blade projects forward of the handle (as shown) andrearward from the handle (not shown). Since the handle 10 can be used toopen a door (not shown), the handle is typically made of a strong andrugged material (e.g., cast metal, filled plastic, etc.). Lock 16 isagain shown, and the lock is used to ensure secure access to theinterior of the housing, limiting access for desired purposes (e.g., topermit removal of the dual-use cartridge).

Turning to FIG. 5, a front, partially exploded view of the dispenser 2is shown, including various components contained within the housing 4.Dual-use cartridge 20 is again shown. As noted above, the housing 4includes a main housing section 6 and a secondary housing section 8.Handle 10 having slot 11 extends from a central housing support section42 that is designed to contain various of the internal components,including components previously illustrated and described (e.g., amotor, batteries, etc.). Cutter 36 extends from the handle 10. As shown,the secondary housing section 8 has been pivoted about hinge 9 and is inan open position. The main housing section 6 includes a first coversection 12 which mates with a second section 14 and overlays centralsupport section 42. These sections are shown in exploded relation toeach other. The central support structure 42 is designed to support andcontain several of the internal components of the dispenser 2. Forexample, batteries 32 a-c are again shown, and these batteries are usedto power handle cover dispensing, and are secured in a known manner. Thenumber and type of batteries can vary depending on the power needs ofthe device and, as such, the orientation and number of batteries. Holes15 are included to permit the viewing of indicator lights 17 (e.g.,light-emitting diodes or “LEDs”) contained within the housing andsecured to the support structure 42, although the precise location canvary.

The dual-use handle cover cartridge 20 is designed to be inserted andsecured within the interior of the housing 4 via clips 38 a-b, with suchinstallation indicated by dashed lines 44 a-b. Handle cover material 46are illustrated via dashed lines surrounding and contained within, aswell as extending from, a central region of the cartridge. The handlecover material as shown comprises a continuous sleeve that is designedto overlay the handle 10. More specifically, the handle cover material46 is positioned, as indicated by dashed line 48, within and so as topass through a central region of handle 10, as indicated by arrow 50. Alock 16 is included to secure the secondary housing section 8 withrespect to the main housing section 6. The lock can be key-specific, asopposed to a lock that can be opened using generally availableimplements (e.g., a screwdriver, etc.), and this feature can becustomer-specific (i.e., vary from customer to customer). Also, iftampering or theft is not deemed an issue, the lock can be replaced withfastening means, e.g., a friction tab, which is not lockable.

FIG. 6 is an exploded view of the dual-use handle cover refill cartridge20 according to one aspect of the present invention, with the cartridgeshown exploded along rotation axis 22, about which the cartridge canrotate when in use (i.e., when dispensing and/or taking up handlecovers). It should be understood that the cartridge can be containedwithin a cartridge housing, but such housing is removed here forpurposes of explanation and clarity. The dual-use handle cover refillcartridge includes a pair of end caps 52, 54, with each of the end capsincluding a plurality of identical or substantially identical startslots 56, 58 respectively. The start slots 56, 58 are used to facilitatecollection and/or re-winding of the handle covers following use (seeFIG. 7). The dual-use handle cover refill cartridge 20 further includesa drive gear 30 that, as depicted and described previously, is driven byworm gear 28 (FIG. 3) via teeth 31 to cause rotation of the cartridge(once assembled) about the axis 22. The dual-use door handle covercartridge 20 further includes a metering plate 60 having a plurality ofnotches 62 which are used, as noted above, to meter the amount orquantity of handle cover material to automatically dispense (or take up)during use. The metering plate is used in tandem with a switch that isdescribed below. A spool 64 is used to contain and supply a continuousmaterial of handle cover material 67 (shown in phantom). The size andconfiguration of the handle cover material 67 is variable. For example,the handle cover material 67 can be spooled flat or folded in half toreduce size of cartridge 20 and the dispenser 14.

Still referring to FIG. 6, the dual-use handle cover refill cartridge20, end cap 52 includes a spool portion 66 having an extension 66 a thatconnects or interfaces with drive gear extension portion 68. Drive gearextension portion 68 interfaces with spool 64, which in turn interfaceswith extension 70 a of spool portion 70 of end cap 54. Extension 70 apasses through metering plate 60 along axis 22 to accomplish suchinterface. Assembly is accomplished in a known (e.g., snap-fit) manner.In this way, spool 64 is bounded by drive gear 30 and metering plate 60to create a cartridge supply portion, generally referred to by numeral72, from which handle covers 67 are supplied. Additionally, end capspool portion 66 is bounded on either side by end cap 52 and drive gear30 to create a first cartridge take-up or collection portion 74.Similarly, end cap spool portion 70 is bounded on either side by end cap54 and metering plate 60 to create second cartridge take-up orcollection portion 76. First and second cartridge take-up portions 74and 76 accomplish take-up of used or soiled handle cover material. Thedual-use handle cover refill cartridge 20 is termed “dual-use” or“multi-functional” since it includes both a supply portion 72 and atleast one (but in the present embodiment as shown it includes two)take-up portions 74 and 76, can be termed “dual-use”. In one embodiment,central spool 64 can have an outer diameter of about 2″ and drive gear30 can have an outer diameter (from one outer tooth to an opposing outertooth) of about 12″. However, it should be understood that the dual-usedoor handle cover cartridge can be sized to convenience.

Turning briefly to FIG. 4, the dual-use handle cover refill cartridge 20is shown in assembled form to comprise the supply portion, againgenerally referred to by the numeral 72, and the pair of collectionportions, generally referred to by the numerals 74 and 76, respectively.As shown, the dispenser 2 further includes a switch 78 that interfacesmechanically with the metering plate 60 of the dual-use handle coverrefill cartridge 20 to meter and count door handle covers (not shown)during operation of the dispenser (i.e., dispensing and/or collection ofdoor handle covers). More specifically the switch 78 comprises a tab 79that contacts the metering notches 62 (generally one at a time) of themetering plate 60. In this way, the switch works in tandem with thecartridge to meter the appropriate amount or number of handle cover(s)to dispense following use of the device by a user, The switch alsofunctions to enable the switch to monitor the amount or length of handlecover material dispensed in total. An appropriate signal can be provided(e.g., illumination of the previously described LED's or using adifferent color handle cover on the last specified number of handlecover feet) when the cartridge is empty or nearly empty (i.e., when thesupply portion 72 of the cartridge is depleted or nearly depleted ofhandle covers). Depletion or emptying of the cartridge can also bedetected using, for example, optical switches, capacitance, and thelike. Again, the notches 62 of the metering plate are used to monitormovement of the door handle cover cartridge 20, and in particular, thenotches contact the switch to accomplish this functionality. It shouldbe understood that switches other than the electromechanical switch 78shown and described here (e.g., infrared, capacitance, optical,magnetic, etc.) can be used accomplish monitoring and/or meteringfunctionality and are contemplated to be within the scope of the presentinvention.

Referring again to FIG. 5, the dispenser 2 includes various electronicsthat are housed within the housing 4, and more precisely, positionedwithin central housing support section 42. As noted previously, LED's 17are included to signal, for example, power on/off, low battery powerstatus, if handle cover is used or new, that the dual-use handle coverrefill cartridge 20 is in need of refill or replenishment (i.e., all ornearly all of the handle cover material has been dispensed), and thelike. Additionally, in these and other embodiments of the inventiondescribed herein with respect to the FIGS., the dispenser furtherincludes a printed circuit board (“PCB”) that incorporates variousLED's, switches, buttons, and other sensing device electronics. Suchelectronics and circuitry are known to those of skill in the art, and assuch, can be varied without departing from the scope of the presentinvention.

With respect to the embodiments described herein, including theabove-identified embodiment, the take-up or collection section (orcollection sections) of the dual-use handle cover refill cartridge(s) istypically driven by the gear train or assembly (e.g., via a worm orstandard gear). That is, the supply or feed section of the dual-usehandle cover refill cartridge(s) typically is not driven. For example,referring briefly to FIG. 6, the spool or core that is used to containand supply a continuous material of handle cover material typically isnot in fixed relation, and therefore not driven, by the gear train.Stated another way, the take-up or collection section typically servesto pull the bag from the supply section. Still, other arrangements arecontemplated and considered within the scope of the invention.

FIG. 7 is a schematic cross-sectional view of the automatic handle coverdispenser 2 with handle cover material 67 (shown in phantom). The handlecover material 67 is installed and ready for dispensing in accordancewith one aspect of the present invention. More specifically, thedual-use handle cover refill cartridge 20 is shown installed within thehousing 4, and contained within (or partially within) the secondaryhousing portion 8, of the dispenser 2. The cartridge 20 again is shownto comprise a first supply portion 72 and a pair of take-up portions 74and 76 as previously described above. Again, the handle cover material67 of the present embodiment is a continuous supply of tubularsleeve-like material that is used to overlay a handle, such as handle 10of the dispenser 2.

In accordance with one aspect of the present invention, installation ofthe handle cover material 67 can be accomplished in the followingmanner: the handle cover material 67 is supplied (i.e., unwound) fromthe supply portion 72 of the cartridge 20 and fed, passed or extended(as shown in an upward direction) through an interior 80 of the handle10. Handle slot 11 of handle 10 facilitates such passing through thehandle to an area exterior of the dispenser 2 (as well as exterior ofthe handle as shown). Upon passing through the handle 10 and over itstop end 13, the material is turned inside out. By exposing the interiorof the bag-like material to a user (i.e., as the user grasps the handle)a maximum sanitary experience is ensured for a user using the handle 10.Once exterior of, and thus in overlay relationship with, the handle 10,the handle cover material is then passed back into the handle portion 8of housing 4 of the dispenser 2. Next the continuous material of 67 ispassed over a cutter that cuts the handle cover material at two pointssuch that the material can be collected on the take-up portions 74, 76of the cartridge 20 as is generally shown. The handle covers 67 are nowinstalled within the device.

In these and in other embodiments of the invention, when the dispenseris to be used (i.e., once the handle cover material is installed), auser can grasp the handle of the dispenser, thereby touching andgrasping the handle cover material that overlays the handle. Thedispenser is connected to a structure (e.g., a door). The user pulls (orpushes) the handle (as s/he would normally do) and accomplishes the endgoal (e.g., opening the door, etc.). Once accomplished, the userreleases the handle and handle cover material. The device, utilizing theelectromechanical means (e.g., infrared, capacitance, etc.)automatically advances the handle cover material a predetermined amount.In this way, used or soiled handle cover material (that portion touchedby the user) is returned and collected to the dual-use handle coverrefill cartridge collection section(s) and the additional handle covermaterial is supplied from the supply section of the cartridge to thehandle. This process is repeated until fresh handle cover materialsupply is depleted, at which point the device will indicate suchdepletion is imminent or has occurred. The cartridge that is depleted offresh handle cover material supply and associated cartridge parts areremoved and can be recycled, and subsequently replaced with a newcartridge. The handle cover material itself can be designed to havemultiple colors such that a color change is effected when the materialwithin the device is nearing depletion and use logos for promotionalpurposes.

FIG. 8 is a cross-sectional view of the dispenser taken along line 8-8of FIG. 7 illustrating the continuous material of handle cover material67 installed and ready for use. Handle 10 includes a slot 11 that, asmentioned above, facilitates installation of the handle cover material67. However, once installed, it can be seen that the handle covermaterial is entirely contained within the interior 80 of the handle 10(and no longer within the slot). The material is passed over the top oropen end (see FIG. 7) of the handle and the passed in overlayrelationship with the exterior of the handle. As shown, in the presentembodiment, a cutter 36 (as shown comprising a pair of cutting blades)is included to cut the handle cover material after they are passed overthe exposed handle 10. The cutter 36 facilitates take-up or collectionof the handle covers via the refill cartridge as previously described.

FIG. 9 is a perspective view of another embodiment of an automatichandle cover dispenser 80 in accordance with one aspect of the presentinvention and FIG. 10 is a partially exploded view of the automatichandle cover dispenser of FIG. 9. FIG. 10 further illustrates a dual-usehandle cover refill cartridge 82 for use in the present embodiment andin accordance with one aspect of the present invention.

Referring to FIGS. 9-10, the dispenser 80 includes a housing, generallyreferred to by the numeral 84. The housing 84 again contains or coversthe internal electro-mechanical components of the dispenser 80,including the mechanical components for automatically dispensing ahandle cover material, and the handle cover material itself (not shown).The housing 84 includes a main housing section 86 and a secondaryhousing section 88. The secondary housing section 88 pivots about hinge90 to permit the housing 84 to be opened to access to its interior. Themain housing section 86 includes a first section 92 and a second section94 disposed adjacent the first section. The dual-use handle cover refillcartridge 82 includes a housing 83 (FIG. 10) which is sized and shapedto be received within the housing 84, and more particularly the mainhousing second section 94, of the dispenser 80. As noted above, ingeneral, the dispenser housing 84 (and similarly the cartridge housing83) has a shape that is contoured to efficiently cover and contain theinternal automatic handle cover dispenser device components in anaesthetically pleasing fashion and it will be apparent to those of skillin the art that the shape of the housing 84 can vary to conveniencewithout departing from the spirit and scope of the present invention,and that the invention should not be limited by any specific housing (orhousing section, portion, etc.) shape. Also shown are holes 95 that areincluded to permit the viewing of indicator lights as described above(e.g., light-emitting diodes or “LEDs”), with such indicator lights usedto indicate, by way of example, power on/off, and depletion of handlecover material or a device “low power” state. A lock 96 (viewable froman exterior perspective in FIG. 9 and from an interior perspective inFIG. 10) is included to fasten the secondary housing section 88 withrespect to the main housing section 86 in secure fashion when thedispenser 80 is ready for use.

The automatic handle cover dispenser 80 is typically connected (directlyor indirectly) to a door or other appropriate support substrate orstructure, and it should be understood that the dispenser can beoriented in a manner that varies to the convenience or needs of the useras noted above. Handle cover refill cartridge 82, as shown in thepresent embodiment is oriented about an axis 98 that is at an angle withrespect to the structure (e.g., a door) to which the device 80 is to besecured. In one preferred embodiment, axis 98 is oriented substantiallyperpendicularly with respect to such a substrate, surface or structure(as opposed to parallel or substantially parallel as shown in theprevious embodiment). Contained within the dispenser housing 84 is arefill cartridge drive gear 97 that is used to drive the dispensing andtaking up of handle cover material (not shown) from and to the refillcartridge (when positioned within the interior of the housing).Significantly, in the present embodiment, drive gear 97 is inoperational association with, but not a discrete part of, the refillcartridge 82. As shown, it can be seen that the gear can remain fixedwithin the dispenser housing 84 when the refill cartridge is removedand/or installed (e.g., during replacement following depletion of handlecovers).

Referring to FIG. 10, the dispenser 80 further includes a permanent,substantially permanent or semi-permanent handle core 100 (FIG. 10) thatis connected to housing 84. Handle core 100 receives a handle overlay102, through which handle cover material 104 (shown in phantom in FIG.10) is dispensed from (and returned to) dual-use handle cover refillcartridge 82. It is contemplated that the handle overlay 102 will bemade from an inexpensive, and yet durable material (e.g., plastic), andhandle core 100 will be made from a more resilient and strong material(e.g., filled plastic, metal). In this manner, handle core 100 can serveto protect and provide structure for (and therefore minimize oreliminate breakage of) the handle overlay 102 during use by a user (theuser will typically grasp, or substantially grasp, only the handle core100). The “handle overlay” can also be termed a “handle cap” or “handlecondom”.

FIG. 11 is a partially exploded view of the automatic handle coverdispenser 80 of FIG. 9 with the dispenser, and more particularly housingportion 88, shown in an open position. The dual-use handle cover refillcartridge 82 is now shown inserted into the dispenser 80, and inparticular is shown positioned within the housing 84. Again, handle core100 is shown extending or protruding from housing 84. To ready theautomatic handle cover dispenser for use, handle cover material 104(shown in phantom) is dispensed from the handle cover refill cartridge82 and passed through the handle overlay 102 as illustrated. The handleoverlay 102 is then placed and secured with respect to the housing 84,and more particularly the handle core 100 as indicated by dashed line103 as shown, and in accordance with at least one aspect of the presentinvention. Thus, at installation, the handle cover material, as shown,is drawn to the front portion of the cartridge 82 (corresponding to thetake-up or collection section as referenced below) and then the frontcover 83 of the dual-use handle cover refill cartridge is closed (e.g.snapped). In this fashion, the handle is secured and ready for use by auser. In a preferred embodiment, handle overlay 102 is shaped to mimicthe shape of the handle core 100 so as to promote a secure fit betweenthe two items. The handle cover material 104 of the present embodimentagain typically takes the form of a sleeve or bag made from a plastic orplastic-like material, although the invention should not be limited to aparticular type or variety of such handle cover.

FIG. 12 is an enlarged partially schematic view of the handle coverrefill cartridge 82 for use with the embodiment of the dispenser 80shown in FIGS. 9-11, along with a drive gear 97 which is used to drivethe dispensing and/or collection of handle cover material from and tothe refill cartridge 82. Referring to FIGS. 11-12, the dual-use handlecover refill cartridge includes a cartridge housing 83 and ahandle-cover extension 106 that extends from the cartridge housing 83and receives the handle overlay 102 (FIG. 11). Handle-cover extension106 further serves to guide handle cover material 104 (FIG. 11) from thecartridge 82 into the handle overlay 102 (FIG. 11) in a manner thatprevents or substantially prevents jamming or snagging of the handlecover material (which again may take the form of a continuous materialof sleeves or bags). Significantly, drive gear 97 mates with a cartridge82 to accomplish supply and taking up of handle cover material viacorresponding drive gear and cartridge mating notches 108 and 110,respectively. Importantly, the drive gear 97 of the present embodimentis in operational association with the refill cartridge.

FIG. 13 is a partially schematic cross-sectional view of the dispenser80 illustrated in FIGS. 9-11 showing handle cover cartridge 82 installedand ready for use and/or in use. FIG. 15 is a back perspective view of aportion of the dispenser 80 of FIG. 13 with the housing (and cartridgecover) removed to further illustrate various internal components of thedispenser. Referring to FIGS. 13 and 15, the dispenser 82 is secured,for example, via screws or other fasteners 112 (shown in phantom), to asupport structure 114. Contained within the dispenser 80 is handle covermaterial 104 (shown in phantom). The handle cover material 104 issupplied from a dual-use handle cover cartridge supply section 116, andas noted previously with respect to FIG. 11, the handle cover materialthen extends via handle-cover extension 106 to and through handleoverlay 102, and then over and about the handle overlay. As best shownin FIG. 13, the handle cover material comprises a continuous sleeve.Once exterior of the handle overlay 102 and the dispenser 80 (i.e., ator near a top end of the handle overlay), the material is turnedinside-out and then extends in overlay fashion so as to provide asanitary surface (as described above) with respect to the handle overlayand the handle core.

Still referring to FIGS. 13 and 15, the handle cover material 104extends, and is returned to, the interior of the dispenser 80, where itis passed over a cutter 118 (e.g., a blade) and then to handle covercartridge take-up or collection section 120 located within the handlecover cartridge 82. Cutting the handle cover material facilitatescollection of the used and potentially soiled handle cover material. Ina preferred embodiment, the cutter can comprise a blade as describedabove. The dual-use handle cover cartridge supply and take-up sections116, 120 include supply and take-up spools 122, 124 respectively, aboutwhich handle covers 104 are unwound and wound. Drive gear 97 is alsoshown. Drive gear 97 is in operational association with the handle covercartridge 82, and more particularly supply and take up spools 122, 124,to effect automatic supply of handle cover material 104 from thecartridge, as well as automatic collection of the used handle covers 104to the cartridge. The drive gear 97 is driven by a motor assembly 126similar to or the same as that described above which via a gear train,generally referred to by the numeral 128. It is of note that the wormgear referred to above is no longer necessary. This results fromorientation of the handle cover cartridge 82 with respect to the supportsubstrate or structure 114. More specifically, and as noted with respectto FIG. 10, supply and take-up (i.e., via unwinding and winding),respectively, of the handle cover material 104 occurs along an axis thatis oriented perpendicular (or substantially perpendicular) with respectto the structure 114. It is notable that, because the dual-use handlecover cartridge can accomplish or accommodate both supply and collectionof handle covers, it can be termed a “dual-use” handle cover cartridge.As noted above, electromechanical components effecting electroniccontrol and powering of the automatic handle cover dispenser 80 of thepresent embodiment occurs using generally known components (e.g.,batteries, PCB, LED's, IR sensors, etc.). Such components are typicallypositioned within the interior space 136 (FIG. 13) of housing 84.

FIG. 14 is an enlarged perspective view of one embodiment of the handleoverlay 102 for the automatic handle cover dispenser 80 of FIG. 9 inaccordance with at least one aspect of the present invention. As can beseen, the handle overlay 102 is generally contoured for ease of grippingby a user and to optimize the passing of the handle cover; furthermore,it should be understood that while the handle overlay is generallytubular and includes a generally elliptical cross-sectioned upper end,its shape can vary to convenience. Additionally, the exterior of thehandle overlay 102 includes both textured (e.g., ridged) andnon-textured regions, 130 a-b, respectively, with these regionsfacilitating smooth movement (e.g., by reducing friction and static) ofthe handle cover material (see FIG. 11) over and about the handle. Asdescribed with respect to FIG. 13, the handle overlay 102 furtherincludes a pair of cutters (e.g., cutting blades) 118 to effect slicingof the handle cover material following use and prior to collection bythe take-up spool within the cartridge. In the present embodiment, it iscontemplated that handle overlay 102 is replaceable and/or recyclableand thus typically made of a less rugged or durable material, ascompared to more permanent or semi-permanent handle core 100 (FIG. 11).The dispenser 80 further includes a sensor (e.g., a wave, infraredsensor, or capacitance) located proximate the handle which can respondto motion and so as to trigger the movement (i.e., automaticadvancement) of handle cover material following use and this feature isalso shown in various other Figures.

In general, in the above and other embodiments of the invention, one ormore object detection sensors (e.g., infrared, motion or capacitancesensors) and other devices can be used to advance the handle covermaterial. Such technology can be programmed with multiple IR ranges(e.g., distances of detection) and pulse rates (sample detection) so asto optimize a particular need for a particular environment. Furthermore,the devices can be programmed so that the IR advances the handle covermaterial only after a user exits the IR range (after use—automaticadvancement of cover material occurs), or alternatively, programmed sothat the user has to proactively activate the automatic advance ofhandle cover material prior to using the handle by maintaining theuser's hand in view of the IR for a certain predetermined (andselectable) amount of time (typically referred to in industry as“wave”). These and other options can be programmed and selected, andthus, vary to convenience. For example, a switch (e.g., a dip switch)can be used to choose an optimal programming for material advancement.The object detection devices are contemplated to achieve automaticadvancing of handle cover material. Other devices and associatedprogramming of such devices is described herein which facilitates and/orassists in monitoring and/or measuring handle cover material supply(e.g., dosing of material).

FIG. 16 is a perspective view of another embodiment of an automatichandle cover dispenser 140 in accordance with another aspect of thepresent invention. The handle cover dispenser 140 again includes ahousing 142 that is similar to the housings of the previous embodiments.Namely, the housing 142 comprises a main housing portion 144 having mainhousing cover section 145 and a main housing second section 147. Thehousing further includes a cover portion 146, with the cover portioncapable of being opened (so as to access the interior) and closed viarotation about hinge 148. When closed, the secondary cover portion 146is capable of being locked via housing lock 150. Contained within thehousing 142 is a handle cover refill cartridge 152 (shown in phantom)for supplying and collecting handle covers (not shown). Here again, thecartridge can be termed a “dual-use” cartridge. The cartridge can alsobe described as “recyclable” and “disposable”. Handle cover material isagain supplied to handle overlay 154 (and then generally encompasses thehandle). Again, the housing is generally sized and shaped to contain theinternal components of the dispenser, as well as the handle covers, butit should again be understood that the invention should not be limitedto any particular housing design.

FIGS. 17-18 are partially exploded views of the automatic handle coverdispenser 140 of FIG. 16 showing the handle cover refill cartridge 152and handle overlay 154, And FIG. 19 is an enlarged partially schematiccross-sectional view of the dispenser 140. In FIG. 17, the dual-usehandle cover refill cartridge 152 is shown exterior of the housing 142,and in FIGS. 18-19, the cartridge is shown inserted into the dispenserhousing. In FIGS. 17-18, the housing 142 is shown with the lockablecover portion 146 shown in an open position relative the main housingportion 144, and in FIG. 19, the lockable cover portion is shown in aclosed position relative the main housing portion 144. Extending fromthe main housing portion 144 is a handle core 156. Handle core 156 issized and shaped to conform to the handle overlay 154 such that it canreceive and secure handle overlay 154 during use and/or operation of theautomatic dispenser 140. As described above with respect to otherembodiments, the handle cover material 157 generally comprises acontinuous (i.e., connected) sleeve and is typically made of a plasticmaterial that is preferably recyclable.

As best seen in FIGS. 17 and 19, disposed and secured within the housing142 is a drive gear 158 which is used to drive the winding and unwindingof handle cover material 157 within the dual-use handle cover refillcartridge 152 via cartridge spool 160 (also referred to as an “axle” or“cartridge axel”) to which it is connected and so as to effect supplyand/or collection of the handle covers during use and/or operation ofthe dispenser. Dual-use handle cover refill cartridge 152 includes asupply section 162 from which handle cover material 157 is supplied tothe handle over lay 154 as shown, as well as a take-up or collectionsection 164 into which handle cover material is collected following use.

Referring to FIG. 19 in particular, the dispenser 140, and moreparticularly the housing 142, is typically secured to a mountingstructure 170 (e.g., a door) that is typically flat or substantiallyflat, and such securing or mounting is typically accomplished usingknown and readily available fasteners (e.g., screws). Motor assembly 174is positioned within the housing 144 to move the drive gear 158 via agear train assembly that is generally referred to by the numeral 176.The gear train 176 turns spool 160 and thus causes appropriate supplyand take-up of the handle cover material 157. One or more batteries 178power a motor assembly 174, and these batteries are also secured withinthe housing 144 as shown. Advantageously, spool 160 (or axle) rotatesabout an axis 183 that is at an angle with respect to the mountingstructure 170, and in a preferred embodiment, the axis is perpendicularwith respect to the structure.

Referring again to FIGS. 17-19, the handle cover material 157 isinstalled as follows. Prior to the dual-use cartridge 152 being insertedinto the dispenser 140, handle cover material is wound or providedwithin the supply section 162 of the cartridge 152. Handle covermaterial 157 is drawn from the supply section 162 of the handle coverrefill cartridge 152 first to an interior of the handle overlay 154. Thehandle cover material is then pulled (as shown upwardly) over the top ofthe handle overlay 154 and exterior of the handle overlay such that itcovers the handle overlay in inside-out fashion. The handle covermaterial 157 is then drawn to the collection section 164 of thecartridge 152 and affixed thereto (after being appropriately cut viacutter 153 as shown in FIG. 20). The cartridge 152 can then bepositioned within the dispenser 140 over axle or spool 160. The handleoverlay 154 is slipped on or otherwise positioned within the handle core156 as illustrated by dashed line 166 after handle cover material isguided or inserted into the handle core 156. The handle cover material157 can then be advanced or drawn through the handle and over its topend, but first, any slack in the material can be removed viaautomatically winding or unwinding of the cartridge spool 160. Thehandle cover material generally conforms to the size and shape of thehandle. Here again, various aspects of the present embodiment can varyto convenience without departing from the scope of the presentinvention. For example, in these and other embodiments, the relativeposition of the supply and collection sections can be reverse orinterchanged.

With regard to other components illustrated, batteries 178 also powerLED's 180, which as described above, are used to identify variousconditions, such as when the power is on/off, if the handle cover isused or sanitary (not used), the handle cover material 157 has beendepleted or substantially depleted and re-fill is required. An infraredsensor 182, (e.g., capacitance, motion) is also included proximate thehandle core 156 to accomplish automatic advancement of the handle covermaterial during use of the dispenser.

In one embodiment, the drive gear can include a profile that mates witha corresponding cartridge housing profile (e.g., one of the profiles canbe a “male” and another can be “female”). In this manner, the dispensercan be “securitized” so as to ensure that only specific and/or desiredcartridges are utilized as “re-fills”. Moreover, the specific profilesor “key configurations” can be customer-specific and customer-variable,and thus, from one customer to the next. For example, with referencegenerally to FIG. 19, the security (lock-out) can be accomplished bymating a female profile (not shown) on a bottom of section 162 with amale rib (not shown) on a bottom of the dispenser housing 142, creatingan interlock effect similar to that of a puzzle. There invention shouldnot be viewed as limited in this respect to any particular“securitization” means.

FIG. 22 is an enlarged view taken along line 22-22 of FIG. 19illustrating a rolling measurement and metering device 184 positionedproximate the handle overlay 156 when the handle overlay 154 is slippedover the handle overlay during use and/or operation of the dispenser.The measurement and metering device 184 helps to guide handle covermaterial 157 (again shown in phantom) as the handle cover material isdrawn from the supply section of the cartridge (FIGS. 17-19) into thehandle overlay 154 and handle core 156. The measurement and meteringdevice 184 is in operational association with at least one sensingdevice, such as a magnetic sensing device or optical sensor (not shown),and the motor assembly (FIG. 19) to effect measuring and/or metering ofa proper amount of handle cover material 157 during use of the device.The measurement and metering device 184 can function similar to anodometer by recording the amount of handle covers dispensed, and thus itcan serve to identify how much handle cover material to advance for anew sanitary use to identify when the supply of handle covers 157 withinthe supply section of the cartridge require replacement and/or refill.Although the measurement and metering device 184 includes a rollersystem, it should be understood that other means for accomplishingmetering and/or measurement (including means comprising mechanisms otherthan rollers) of the handle cover material and handle cover usage arecontemplated and considered within the scope of the present invention.

Turning now to FIG. 20, an enlarged perspective view of one embodimentof a handle overlay 154 is for use with the automatic handle coverdispenser of FIG. 16 and in accordance with at least aspect of thepresent invention. The handle overlay is again contoured for ease ofgripping by a user and to allow the handle cover to pass; furthermore,it should be understood that while the handle is generally tubular, itsshape can vary to convenience. The handle overlay 154 further includes acutter 153 to effect slicing of the handle cover material following useand prior to collection by the take-up spool within the cartridge. Inthe present embodiment, it is contemplated that handle overlay 154 isreplaceable and/or recyclable and thus typically made of a less ruggedor durable material as compared to more permanent or semi-permanenthandle core 156 (FIGS. 17-19). The handle overlay further includesextension section 155 so that the handle overlay can interface with thehandle core so that it cannot be removed when the dispenser cover isclosed. The handle overlay as shown would be rotated 180 degrees so asto be oriented to be slipped over the handle core 156.

FIG. 21 is an enlarged view of the dual-use handle cover refillcartridge 152 shown, for example, in FIG. 18 for use with the presentdispenser embodiment. Again, the dual-use handle cover refill cartridge152 includes a housing 151 (a portion of which is removed) that definesan interior. The cartridge includes a supply section 162 from whichhandle cover material (not shown) is supplied, as well as a take-up orcollection section 164 into which handle cover material is collectedfollowing use. Spool 160 interfaces with the drive gear previouslydescribed to supply and collect the handle cover material. The shape ofhousing 151, particularly the portion bounding the collection section162, facilitates collection of handle cover material in an even manner,and thus, serves to optimize space within the collection section. Ofcourse, the shape can be varied, and such variation is contemplated andconsidered within the scope of the present invention.

In general, with reference to the above-described embodiments for thedispenser, a user can grasp a dispenser handle, which typically takesthe form of a strong handle core, and yet disposable handle overlay.When the dispenser is connected or otherwise secured to a supportingstructure such as a door, the handle will permit a user to open thedoor. Using one or more sensing technologies, automatic advancing ofhandle cover material is effected after release of the handle (or handleoverlay) by a user. Also, a handle cover material can be advancedautomatically via one or more sensors, and user movement (e.g., handmovement) can activate such sensor(s). Handle cover advancement isdriven by a battery-powered motor assembly that itself is housed withinthe dispenser (along with the one or more batteries). Sensor or switchtechnology is used to meter and/or measure appropriate dispensing of thehandle cover material, with the amount dispensed (or collected)depending on a number of variables, including: 1) dispenser anddispenser component size; 2) handle cover material type and thickness;3) size (e.g., length, diameter, etc.) of the handle core and handleoverlay to be covered; and number of uses desired prior to exhaustion ordepletion of the handle cover supply. Advantageously, the dispensers aresecured to or mounted in virtually any desired orientation to promotedispensing of handle covers. Moreover, the dispenser housing islockable, making re-filling easy to accomplish while minimizing thethreat of tampering with internal dispenser contents and/or componentsby other than desired personnel.

As noted previously, the dispenser housing can be sized and shaped toconvenience. Similarly, the handle can be sized and shaped toconvenience. For example, the handle can be extended for use in variousapplications. The automatic handle cover assembly is contemplated foruse applications other than door handles. For example, it iscontemplated that the above-described dispenser can be used in variousend-use applications, including handles that are found on shopping andother carts. The housing itself can be made from a variety of materials.In one embodiment, the housing can comprise a black, and yettranslucent, material, and in another embodiment, the housing cancomprise a metallic (e.g., chrome, metal) material. While it iscontemplated that the housing can be made of a single material, it isalso contemplated that one or more materials might be used to constructone housing section, a different material might be used to constructanother of the housing sections (e.g., the main housing section might bemade of plastic, while a secondary housing section might be made ofchrome or metal).

FIG. 23 is a front perspective view of another embodiment of anautomatic handle cover dispenser 250 for use with a lockable door handleassembly, generally referred to by the numeral 252, in accordance withone aspect of the present invention. FIG. 24 is a rear perspective viewof the automatic handle cover dispenser 250 for use with a lockable doorhandle 252 assembly. FIG. 25 is a front view of the dispenser 250 withthe dispenser connected to a door 254 (shown in phantom). And FIG. 26 isa partially schematic cross-sectional view of the automatic handle coverdispenser 250 for use with a lockable door handle assembly 252 takenalong line 26-26 of FIG. 25.

Referring to FIGS. 23-26, the dispenser 250 is a dispenser of a kindthat was already described above with reference to the embodiment ofFIGS. 9-15, and as such, the internal components of the dispenser willbe described only as necessary to facilitate an understanding of thepresent embodiment. It should be understood, however, that theembodiments of FIGS. 1-8 and FIGS. 16-22 could also be used with regardto such a lockable door handle and the present invention should not belimited by the illustrations or description here. Moreover, thevariations contemplated and considered within the scope of the presentinvention as described or shown with respect to the aforementionedembodiments of the dispenser should be considered applicable (orsubstantially applicable) to the present embodiment.

Referring to FIGS. 23-25, the dispenser 250 includes a housing 256having a main housing section 258 (not shown in FIG. 25) and a secondaryhousing section 260 which can be opened by unlocking the secondaryhousing section lock 262 (not shown in FIG. 24) and rotating the sectionabout hinge 264. A dispenser handle 266 again protrudes from the housing256, and more particularly from the secondary housing section 260. Astandard lockable door handle 268 (FIG. 24) having a lock 269 (FIGS. 23and 25) is also shown. A dual-use supply and take-up handle covercartridge 267 is shown in phantom in FIG. 25. The cartridge is sized toaccommodate the lock 269, as indicated by dashed line 265, and asdescribed below with reference to FIG. 26.

Referring to FIGS. 24 and 26, housing 256, and more specifically themain housing section 258, of dispenser 250 is connected to a pivot plate270. Plate 270 is in sliding relationship with fixed plate 272, which inturn is fastened or otherwise secured to door 254 (or other surface) viafasteners (e.g., screws) 274. More specifically, first plate 270includes interlocking tabs (not shown) that mate with plate 272 to allowfor rotation of the dispenser 250 during locking and unlocking of thedoor handle assembly 254. In addition, plate 270 is connected to fixedplate 272 via a stud 271 (e.g., a stop stud or threaded stop stud.) thatcan slide within a groove 273 (the stud and groove are shown in FIG.24). More specifically, plate 270, and thus the dispenser 250 itself(which is secured to the pivot plate), can slide with respect to thefixed plate 272, and thus the door 254 (which is connected to the fixedplate), as indicated by arrows 276 a-b when the handle 266 (FIG. 24) ofthe dispenser is pushed in the corresponding direction. Such movement ofthe dispenser (rotational movement) caused by pushing or pulling on thehandle 266 ultimately causes retraction of latch mechanism 275 such thatthe door can be opened or closed. In one embodiment, the first andsecond plates are sized and shaped to conform to the size and shape ofthe dispenser.

Referring to FIG. 26, various internal components of the door handledispenser 250 and locking door handle 252 are illustrated. By way ofexample, and as noted earlier, the dispenser again includes a motorassembly 280 that is used to drive, via a gear train that is generallyreferred to by the numeral 282, a drive gear 284. The drive gear 284permits automated supply and take-up of handle cover material (notshown) from within the dual-use (i.e., supply and take-up) handle covercartridge 267 (shown in phantom) as described above. Batteries 285 areagain shown and serve various purposes as previously described.Significantly, cartridge 267 is designed to accommodate lock 269 (e.g.,a “push-button type lock”), and more particularly spring-loaded plunger286 (which passes through the cartridge). When the door is locked,rotation of the dispenser 250 in a direction corresponding either arrow276 a or 276 b causes release of the spring-loaded plunger 286, thusunlocking of the door 254. A spring mechanism 288 (e.g., a torsionspring mechanism) is used to return the dispenser 250 to its originalposition (i.e., if the dispenser is pushed down to open the door, thespring mechanism lifts the dispenser backup). The embodiment of FIGS.23-26 can be termed an “integrated dispenser and lockable door handleassembly”.

FIG. 27 is a rear perspective view of a partially integrated automatichandle cover dispenser and lockable door handle assembly, with theoverall assembly generally referred to by the numeral 300. The assembly300 includes an automatic handle cover dispenser 302 and a standardlockable door handle assembly 304. As noted above, the dispenser canvary in accordance with the embodiments described above with referenceto the Figures. (i.e., one embodiment of the dispenser can besubstituted with another), however the dispenser of FIGS. 9-15 isillustrated exemplary fashion. Dispenser components and theirfunctionality have been shown and described. Moreover, the lockable doorhandle assembly of the kind illustrated is generally known. Thedispenser 302 includes a housing 303 having a main body portion 305 anda secondary cover portion 307. The secondary cover portion 307 can beopened and closed with respect to the main housing portion 305 via hinge309 and can be secured via lock 311. (See FIG. 28).

Still referring to FIG. 27, in the present “partially integrated”assembly, the dispenser 302 can pivot or rotate with respect to thelockable door handle assembly 304 using a plate system similar to thatdescribed above. More specifically, the dispenser 302 is connected to afirst plate 306. First plate 306 is in sliding relationship with fixedplate 308, which in turn is fastened or otherwise secured to door (notshown) via fasteners (e.g., screws) 310. To permit such rotation andrelative movement, first plate 306 is connected to fixed plate 308 via aplate extension stud 312 (e.g., a threaded stop stud or stop stud) thatcan slide within a groove 314 in fixed plate 308. First plate 306includes interlocking tabs 307 that mate with plate 308 to allow forrotation of the dispenser 302 during locking and unlocking of the doorhandle assembly 304. When a user pushes or pulls on handle 315 of thedispenser 302 in a direction corresponding to either 316 a or 316 b, thedispenser rotates because the first plate 306 slides via stud 312 withrespect to the fixed plate 308. Movement of the dispenser 302 causes thepivot plate 306 to release a door mechanism 318, which in turn causesthe door to unlock. A return spring mechanism 313 (again, for example, atorsion spring mechanism) causes the dispenser to return to its originalposition (e.g., if the dispenser is pushed in a direction correspondingto arrow 316 a, the spring mechanism will cause the dispenser to move ina direction corresponding to arrow 316 b).

FIG. 28 is a front view of a partially integrated automatic handle coverdispenser and lockable door handle assembly 300 shown in FIG. 27. Againthe overall assembly 300 includes an automatic handle cover dispenser302 and a standard lockable door handle assembly 304. As can be seen,the door handle assembly 304 includes a handle 317 having a push-buttonlock 319. As described with reference to FIG. 27, movement of handle 315in either of directions indicated by arrows 316 a or 316 b causesrelease of push button lock 319, and thus, unlocking of the door handleassembly 304.

FIGS. 29-30 are rear perspective and front views, respectively of anautomated handle cover assembly 320 in accordance with one aspect of thepresent invention. The assembly 320 includes a handle cover dispenser322 that is in operational association with a lockable door handleassembly 324, and in particular to handle 325, via a pair of plates 326a-b. The dispenser assembly can constitute a retrofit for use with astandard lockable door assembly. Dispenser 322 is again illustratedusing the embodiment shown and described above with respect to FIGS.9-15, but it should be understood that other embodiments arecontemplated for use as part of the retrofit assembly and the retrofitassembly should not be limited to the drawings. Moreover, the internalcomponents can vary as described previously. The dispenser 322 againincludes a housing 328, and a handle overlay 330 that protrudes from thehousing. Handle covers (not shown) are automatically dispensed from thedispenser as described above. The housing 328 includes a main bodyportion 332 and a secondary cover portion 334 (FIG. 29) that opens andcloses with respect to the main housing portion via hinge 336 (FIG. 30)and can be secured via lock 337 (FIG. 30).

Referring to FIG. 29, the main housing section 332 of dispenser 322 isconnected to a pivot plate 333 that is in pivoting relationship with afixed plate 338, which in turn is fastened or otherwise secured to adoor (not shown) via fasteners (e.g., screws) 340. More specifically,dispenser main housing section 332 is connected to a first plate that inturn is connected to fixed plate 338 via a stud 342. Stud 342 (e.g., athreaded stud) of first plate 333 can slide within a groove 344 of fixedplate 338. In addition, first plate 333 includes interlocking tabs 349that mate with plate 338 to allow for rotation of the dispenser 322during locking and unlocking of the door handle assembly. As such, whenthe handle 330 of the dispenser is pushed in a direction correspondingto arrows 346 a or 346 b (e.g., up or down), the dispenser 322, canslide with respect to the fixed plate 338 in a corresponding manner.Rotational movement of the dispenser caused by pushing or pulling on thehandle 330 in turn causes plates 326 a-b to move in a correspondingdirection, since the plates are in abutting contact with the dispenser322. And because the plates 326 a-b are connected to the lockable doorhandle 325, movement of plates 326 a-b causes the lockable door handleassembly 324 to unlock in a known manner. It is of note that, in theembodiment shown, unlocking of the lockable handle 325 occurs only whenthe dispenser handle 330 (or the dispenser itself) is moved in adirection corresponding to arrow 346 b because plates 326 a-b, as shown,are in abutting contact only with the dispenser 322. Finally, a springmechanism 348 (e.g., a torsion spring) is used to return the dispenser322 to its original position. That is, if the dispenser is pushed in adirection corresponding to arrow 346 b to open the door, the springmechanism moves the dispenser in a direction corresponding to arrow 346a when the dispenser handle is released.

As an additional point, in one embodiment, fixed plate 338 is sized andshaped to conform to the size and shape of the dispenser 322. Also shownin FIG. 29 is a sensor 345 (e.g., infrared, capacitance, wave, etc.)that can be used to effect automatic advancement of handle covers (notshown) following use (i.e., user contact with handle overlay 330). FIGS.31 and 32 again illustrate perspective views of an embodiment of thedispenser 500, again having a handle 502 comprising a handle core 504and handle overlay 506, with a top-to-bottom slit or slot 508 formed inthe handle overlay. Advantageously, the slot does not sacrifice (orsubstantially sacrifice) overall handle strength, since the handleoverlay is received by a handle core. Again the handle core can beconsidered permanent and essentially serves to provide overall handlestrength. However, the slot allows the servicing customer to replace thehandle cover material 509 (e.g., when the handle cover is ripped orotherwise damaged for any reason, including vandalism). If the handlecover material is damaged, a servicing customer or other individual cansimply open the dispenser (as described above) and pull the handle covermaterial from the supply section 510 of the cartridge 512 andsubsequently pulls the handle cover material through (as shown upwardly)the handle overlay slit and handle core (which receives the handleoverlay). As shown, at the top of the handle overlay, the material isturned inside out and pulled downwardly to the take-up or collectionsection 514 (this is applicable to any of the embodiments describedherein).

The handle cover material is then affixed to the collection section(e.g., using tape or a small slit in the plastic housing to hold ontothe material for the cartridge, etc.). Additionally, the dispenser isautomatically advanced a few times to ensure the handle cover materialwinds onto the collection section appropriately. The dispenser is thenclosed and ready for operation. Although a particular embodiment of thedispenser is shown, any dispenser can be used.

FIGS. 33 and 34 illustrate perspective views one embodiment of aretrofit mechanism 520 that can be affixed to the structure to which thedispenser 521 is attached (e.g., a door). An armature 522 covers the topof the handle 524 so as to eliminate or substantially eliminateintroducing objectionable materials (e.g., cigarette butts, etc.) intothe handle interior via the and allow for only the necessary amount ofhandle to be exposed for pulling/pushing. Furthermore, if handle 524 wasto be pulled hard, the armature 522 can help prevent the breaking of thehandle 524. The retrofit mechanism can also be locked via lock 526, withthe lock being accessed, for example, using a key that is the same as(or similar to) a key that can be used to unlock the dispenser lock 527as described previously. Although a particular embodiment of thedispenser is shown, any dispenser can be used.

FIG. 35 is a perspective view of another embodiment of an automatichandle cover dispenser 400 having a pair of housing sections 402, 404shown in accordance with one aspect of the present invention. Thedispenser 400 is fastened or otherwise secured to a structure 401, suchas a door. As shown, housing section 402 includes a main housing section406 and a cover section 408 which can open about hinge 410 and which canbe locked and unlocked via lock 412. Similarly, housing section 404includes a main housing section 414 and a cover section 416 which canopen about a hinge 418 and which is also lockable via lock 413. Ingeneral, the housing shape can vary to convenience, but preferably isdesigned to be aesthetically pleasing and to conform to and cover theinternal mechanisms of the dispenser being housed. The housing can bemade from a variety of materials, including metal and plastic. Moreover,while the dispenser is illustrated in a particular orientation, itshould be understood that the orientation can vary to convenience. It iscontemplated further that the structure to which the dispenser issecured can vary without departing from the spirit and scope of thepresent invention. In one embodiment, the structure may take the form ofa flat or substantially flat door, but other applications again arecontemplated (e.g., the device can be attached to a shopping cart).Dispenser 400 further comprises a handle 420, which as shown is of atubular shape (to facilitate gripping by a user). And a handle covermaterial 422 (shown in phantom) is illustrated and positioned in overlayrelationship with respect to the handle. In one embodiment, and asdescribed above, the handle cover material comprises a continuous sleevethat surrounds or substantially surrounds the handle 420 as shown.

FIG. 36 is a perspective view of the dispenser 400 of FIG. 35 with themain housing sections removed so as to view internal components of thedispenser. The dispenser 400 again is shown secured to a structure 401(e.g., bathroom door, cafeteria door, etc.) via plates 424 a-b, whichare secured via fasteners or other securing means (not shown). Thedispenser is in the form of a tubular member. In the above-describedembodiments, a dual-use handle cover refill cartridge was described.However, the present embodiment incorporates two discrete reels, namely,feed or supply reel 426 and take-up or collection reel 428. Supply reel426 is connected to the support structure 401, as shown, via thesecuring mechanism 424 a. Clips 427 facilitate such connection. Take-upreel 428 is connected to and supported by a supporting structure 430,which is connected to the supporting structure 401 via securingmechanism 424 b. Clips 429 facilitate such connection. The supportingstructure 430 also supports a motor mechanism 432. In the presentembodiment, motor mechanism 432 drives rotational movement of take-upreel 428 via a gear train, generally referred to by the numeral 434.More specifically, the take-up reel 428 includes a drive gear 436 thatis directly driven via the gear train 434. Supporting structure 430further supports the PCB (not shown), as well as batteries 438 whichpower electro-mechanical features (e.g., the motor assembly).

Still referring to FIG. 36, to accomplish installation, sanitary handlecover material 422 is drawn upwardly as indicated by arrow 439 from thesupply reel 426 to the take-up wheel 428, and in doing so is passed inoverlay relation with respect to the handle 420. Cutting device 440 (asshown a two-sided blade) are used to divide or splice the handle covermaterial 422 so as to promote proper collection of the handle covermaterial at the take-up reel 428.

Still referring to FIG. 36, as shown, spool-like supply reel 426 alsoincludes a gear 444. Once the supply reel 426 is depleted of handlecover material 422, it can be interchanged with the take-up reel 428.More specifically, the reels 426 and 428 can be disengaged and removed,and the take-up reel having soiled and/or used handle cover material canbe discarded and/or recycled as desired. Significantly, since the supplyreel 426 also includes a drive gear 444, it can be placed in the take-upreel location. Such replacement is indicated by arrow 446. In thisfashion, the supply reel 426 can then used as the take-up reel. A newsupply reel (not shown) can then be provided. Accordingly, andadvantageously, because of the interchangeability of the reels, only onenew reel (i.e., a new supply reel) need be provided when the handlecover material supply has been depleted.

Turning again briefly to FIG. 35, as the handle cover material 422passes over the handle 420, they pass from the interior of housingsection 404, over the handle portion (and thus exterior of any housingsection), and then into an interior of housing section 402. Withinhousing section 402, the handle covers material passes over the cutter440 that again serves to cut the sleeve material such that it can bewound upon take-up reel 428 (as well as to avoid interference with lock412).

Referring again to FIG. 36, in use, drive mechanism 432 functions toadvance the handle cover material 422 by rotating take up reel 428 viagearing mechanism 436. This draws the connected handle cover materialover the handle 420 so that a sanitary surface is provided for a userusing (i.e., grasping) the handle, for example, to move structure 401(which as noted previously can be a door handle). An object-detectionsensor (infrared, capacitance, etc.) 441 is also included to affectautomatic advancement of the handle covers. The amount of handle covermaterial or handle cover material to advance during use can be monitoredand/or metered in a manner based on various parameters as describedabove, although in the present embodiment, it is contemplated thatmagnetic sensing or switch technology could be preferably and thereforeutilized. Additionally, and as noted previously, one of skill in the artwill understand that various aspects (e.g., the housing, the type andplacement of several of the electromechanical devices within thehousing, etc.) of the present embodiment can vary to convenience, andthus, the invention should not be limited by such mechanism types and/orplacements. Where the substrate to which the dispenser 400 is secured isa door, and similar to other embodiments of the present invention, thedispenser can serve to complement or replace a door handle.

In general, advantageously, at least some of the above-describedembodiments can be used as a “retrofit” in virtually any type of door.Advantageously, it is still possible to utilize the door (via the doorhandle) even after all sanitary handle covers have been dispensed or ifnot functioning for any reason. Moreover, the embodiments are typicallybattery-powered. Object-detection sensors are typically employed toinitiate advancement of the handle cover material, and can drive thehandle cover material advancement over a predetermined distance (so asto replenish used cover material with unused material). Mechanical orelectronic switch (e.g., micro switch), and/or smart chip technologies,among others, can be employed and used to determine the amount of sleeveor sleeve material to advance and also to determine when sleeve refillis required (i.e., upon depletion of the sleeves or sleeve material fromthe dispenser). LED's and/or sound (e.g., beeping) technology can beemployed to signify when, for example, re-fill and/or new batteries arerequired. If the device malfunctions in some manner (e.g., the handlecover cutter does not operate), an automatic shut off mechanism iscontemplated. According to various aspects of the present invention, oneor more of the above described refill cartridges can be termed“re-fillable”, “recyclable”, and “disposable”.

It should be understood that the above-mentioned sensor and switchtechnology comprise components and software (as well as associatedalgorithms). Such components and applications are available known tothose of skill in the art. Software applications and associatedprogramming can be customized according to the specific needs of the enduse or end user and to leverage the various components used.

As noted above, the amount or quantity of handle cover materialcontained in the dispenser depends on a number of variables, including:a) the size of the cartridge and its components (e.g., reels within thecartridge); b) the thickness of the material; and c) the geometry of thedevice and its components (e.g., the length/diameter /size of thehandle). In one embodiment of the present invention, it is contemplatedthat the dispenser can contain handle cover material such that it can beused many times (e.g., 1000 times or perhaps even much more) prior toinstalling any replacement cartridge. Still, the number of such“sanitary experiences” can vary to convenience. Various options forselecting the type and/or quantity of handle cover material areavailable. In one embodiment, for example, a customer might have thechoice between a thick material and a relatively thin material. Inanother embodiment, a customer might be able to select from one of ashort, medium and long handle. Options such as these can vary toconvenience within or based on parameters that may be set, for example,by the manufacturer and customer. Each generally requires specificprogramming to ensure that all desired parameters are recognizable bythe PCB and to permit appropriate amount of handle cover material to beused.

As noted above, the sensor technology utilized can vary to convenience.According to one aspect, the senor technology used can compriseinfrared, occupant sensing, capacitance sensing, all range and pulsevariations of IR, and other sensor technology. Using known infraredtechnology (e.g., using a transmitter and a receiver), automaticadvancement of handle cover material can be accomplished such that thematerial (e.g., the sleeve material) is advanced upon release of auser's hand from the handle. Use of such technology is appropriate inboth low traffic and high traffic environments, such as when refills canbe accomplished efficiently and frequently. In accordance with anotheraspect of the present invention, commonly termed ‘wave sensing’ (orshort pulse and short range IR) technology can be used. Use of suchtechnology is appropriate when it is desired to have handle covermaterial advancement tied to waving of a user's hand, and particularly,when it is desired to permit the user to decide when an unused materialis desired (i.e., as opposed to automatic advancement of sleevesregardless of the user's desire). In accordance with yet another aspectof the present embodiment, capacitance and/or motion-sensing technology(or object-detection sensing) can be used. Standard capacitance and/ormotion sensors can permit automatic advancement of sleeves, for example,when a door closes, hand is at a specified distance from the handle, orwhen the hand is removed from the handle. Here again, use of suchtechnology is appropriate in both low traffic and high trafficenvironments, such as when refills can be accomplished efficiently andfrequently. And in accordance with yet another aspect of the presentinvention, a combination of the aforementioned sensing technologies canbe employed, permitting a customer and/or end user to decide whichadvancing technology and associated programming is optimal.

In general, one of skill in the art shall appreciate that variations canbe made to the housing, gearing, handle, blade and cartridgeconfigurations and components in these and other embodiments of thepresent invention. Such variations are contemplated and consideredwithin the scope of the present invention and the present inventionshould not be considered limited by particular configurations shownwhich can be selected or varied based on design criteria, or which are amatter of design choice and thus can vary to convenience.

From the foregoing and as mentioned above, it will be observed thatnumerous variations and modifications may be effected without departingfrom the spirit and scope of the novel concepts of the invention. It isto be understood that no limitation with respect to the specific methodsand apparatus illustrated herein is intended or should be inferred. Itis, of course, intended to cover by the appended claims all suchmodifications as fall within the scope of the claims.

1. A handle cover dispenser comprising: a handle; and a handle coverrefill cartridge comprising a supply section configured to supply ahandle cover material over at least a portion of the exterior surface ofthe handle and a collection section configured to collect the handlecover material from the exterior surface of the handle, wherein thesupply section and the collection section are fixedly secured to oneanother.
 2. A handle cover refill cartridge comprising: a supply spoolconfigured to rotate about a rotation axis; a first collection spoolsection disposed on one side of the supply spool and configured torotate about the rotation axis; a second collection spool sectiondisposed on the other side of the supply spool, opposite the firstcollection spool section, and configured to rotate about the rotationaxis; and a handle cover material comprising a continuous hollow sleevedisposed around the supply spool.
 3. A handle cover dispensercomprising: a handle having a hollow interior; a handle overlay disposedover the handle; a pair of cutting blades disposed on the exteriorsurface of the handle overlay; and a handle cover supply configured tofeed a handle cover material through the hollow interior of the handle;wherein the pair of cutting blades are positioned to slice the handlecover material into two sections after is has been fed through thehollow interior of the handle and then back over the exterior of thehandle overlay.